Engineering

AutoCAD (Mechanical) Certification Program

Join our AutoCAD (Mechanical) Certification Program and enhance your design skills!

Hands-on, project-based learning with real-world mechanical drafting assignments and a capstone project to build a professional portfolio. Instructor-led sessions and structured exam preparation with practice tests aligned to AutoCAD certification requirements. Comprehensive coverage of mechanical design tools (2D/3D modeling, parametric constraints, layers, BOMs) plus access to software labs and learning resources.

4.9

Program rating

1,713+

Learners enrolled

40 hrs

Total duration

English,Hindi

Language

This program includes

Live, mentor-led classes Recognized certificate Placement support Hands-on projects Lifetime access

AutoCAD (Mechanical) Certification Program

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All level level
Live, mentor-led classes
Recognized certificate
Placement support

Program overview

About this program

This Engineering program blends live, mentor-led sessions with hands-on projects and real-world case studies, so you build genuinely job-ready skills — not just theory. You'll learn from working industry experts, apply what you learn on practical assignments, and finish with a portfolio, a recognized certificate, and dedicated placement support to help you land the right role.

Join our AutoCAD (Mechanical) Certification Program and enhance your design skills!

This comprehensive 40-hour course is designed for aspiring mechanical engineers and drafters looking to master AutoCAD software. Learn the essentials of mechanical design and drafting, and get certified in AutoCAD to advance your career.

Why learners love this program

Hands-on, project-based learning with real-world mechanical drafting assignments and a capstone project to build a professional portfolio.
Instructor-led sessions and structured exam preparation with practice tests aligned to AutoCAD certification requirements.
Comprehensive coverage of mechanical design tools (2D/3D modeling, parametric constraints, layers, BOMs) plus access to software labs and learning resources.

Lectures

Hours

All level

Level

Globally trusted accreditations

Recognitions that power your profile

Trusted by leading accreditation bodies — so your certificate is respected by employers worldwide.

Learning outcomes

What you'll be able to do

Navigate and customize the AutoCAD (Mechanical) interface and workspaces for efficient drafting.

Create accurate 2D mechanical drawings using lines, polylines, arcs, circles, splines, and hatching.

Organize drawings using layers, object properties, and content management best practices.

Build and manage blocks, dynamic blocks, and attributed blocks for reusable design elements.

Apply parametric constraints and geometric/linear dimensioning, including tolerance and fit principles (ASME/ISO basics).

Model common mechanical parts in 3D using extrude, revolve, sweep, loft, and Boolean operations; produce section and detail views.

Assemble components, manage relationships, and create exploded views and assembly documentation.

Prepare comprehensive manufacturing drawings: multiview layouts, annotations, surface finish symbols, and bill of materials (BOM).

Use referencing tools (xrefs), sheet sets, title blocks, viewports, and plotting/printing workflows for production output.

Improve productivity through customization: templates, scripts, macros, and basic automation tools (Action Recorder/LISP basics).

Understand DWG/DXF interoperability, revision control, collaboration workflows, and quality-check procedures.

Prepare effectively for the AutoCAD (Mechanical) certification exam with targeted practice exercises and a project-based portfolio.

Curriculum

Structured modules that build real skills

16 modules · designed for progressive, hands-on learning.

Interface Overview

Identify the main components of the AutoCAD interface and explain their purposes. Become comfortable navigating ribbons, toolbars, command line, and model/layout tabs.

1.00 hrs

Workspace Customization

Customize workspaces and tool palettes to improve drawing efficiency. Save and switch between workspace configurations for different drafting tasks.

1.00 hrs

File Management and Templates

Manage drawing files, understand DWG vs DWT templates, and set up project folders. Create and use templates to standardize drawing settings and styles.

1.00 hrs

Creating Lines and Polylines

Use line and polyline commands to create accurate basic geometry. Apply object snaps and coordinate entry methods for precision.

1.00 hrs

Drawing Circles, Arcs and Ellipses

Create circular and elliptical geometry using various creation methods. Modify and connect curved geometry with precision.

1.00 hrs

Units, Limits and Scale

Set up drawing units, limits, and scale to match project requirements. Understand model space versus paper space scaling conventions.

1.00 hrs

Grid, Snap and Coordinate Systems

Configure grid and snap settings and work with Cartesian and polar coordinates. Use UCS to orient drawings for complex layouts.

1.00 hrs

Drawing Templates and Layer Standards

Implement templates with predefined units, layers, and styles for consistency. Apply basic company or project layer standards in a template.

1.00 hrs

Object Snaps and Tracking

Employ object snaps, tracking, and temporary tracking points to ensure geometric accuracy. Combine snap modes for efficient construction.

1.00 hrs

Ortho, Polar and Direct Entry Techniques

Use ortho and polar modes along with direct coordinate entry for controlled drawing. Recognize when to apply each technique for faster drafting.

1.00 hrs

Modify Commands (Trim, Extend, Offset)

Use core modify commands to edit geometry precisely and efficiently. Combine commands to refine drawings and correct errors.

1.00 hrs

Stretch, Fillet and Chamfer

Apply advanced modify tools to adjust geometry and detail transitions. Use stretch, fillet, and chamfer for part detailing and cleanup.

1.00 hrs

Measure and Inquiry Tools

Utilize measurement and inquiry tools to verify distances, areas, and object properties. Interpret measurement results to ensure drawing correctness.

1.00 hrs

Blocks and Dynamic Blocks

Create and insert blocks to reuse standard geometry and reduce file size. Build dynamic blocks with parameters to increase flexibility in designs.

1.00 hrs

External References and Xrefs

Attach and manage external references to coordinate multi-discipline or multi-file projects. Control visibility, paths, and binding of Xrefs.

1.00 hrs

Creating Linear and Aligned Dimensions

Add linear and aligned dimensions to convey size and location accurately. Configure dimension styles for consistency with standards.

1.00 hrs

Angular and Radial Dimensions

Apply angular, radial, and diameter dimensions for curved and angular features. Adjust dimension placement and settings for clarity.

1.00 hrs

Dimension Styles and Tolerances

Set up and manage dimension styles including text, arrows, and units. Incorporate tolerance and precision settings appropriate for mechanical parts.

1.00 hrs

Text Styles and Multiline Text

Create and apply text styles and multiline text for notes and callouts. Ensure legibility and adherence to drafting standards.

1.00 hrs

Leaders, Tables and Tags

Insert leaders, tables, and attribute tags to document parts and assemblies. Use tables to organize bill-of-materials and part lists effectively.

1.00 hrs

Creating and Organizing Layers

Create logical layer structures to separate geometry types and disciplines. Assign colors, linetypes, and lineweights to improve readability.

1.00 hrs

Layer Filters and Layer States

Use layer filters and layer states to manage complex drawings and switching contexts quickly. Save and restore layer configurations for different views.

1.00 hrs

Layer Best Practices for Mechanical Drawings

Apply layer naming and usage conventions specific to mechanical drafting. Implement layer strategies that facilitate manufacturing and review workflows.

1.00 hrs

Work with Lineweights and Linetypes

Control lineweights and linetypes for clear presentation of mechanical drawings. Configure plotting settings to reflect intended output quality.

1.00 hrs

Visibility Tools and Viewports

Manage object visibility using layer visibility, freezes, and viewports. Set up multiple viewports for coordinated model and layout presentation.

1.00 hrs

3D Coordinate Systems and UCS in 3D

Understand 3D coordinate systems and use the UCS to orient modeling work. Switch between world and user coordinate systems for 3D construction.

1.00 hrs

Basic 3D Primitives and Modeling Concepts

Create and manipulate basic 3D primitives such as boxes, spheres, and cylinders. Grasp the differences between wireframe, surface, and solid modeling.

1.00 hrs

Viewing and Navigation in 3D

Navigate 3D space using orbit, pan, zoom, and visual styles. Set up isometric views and named views for consistent model inspection.

1.00 hrs

Solid Modeling: Extrude, Revolve, Sweep

Use extrusion, revolution, and sweep operations to create complex solid geometry. Combine primitives and features to build parts.

1.00 hrs

Boolean Operations and Editing Solids

Apply union, subtract, and intersect operations to modify solids. Use solid editing tools to refine and prepare parts for assembly.

1.00 hrs

Parametric Sketching for Parts

Create constrained sketches that define part profiles and ensure dimensional intent. Use constraints and parameters to control geometry behavior.

1.00 hrs

Feature-Based Part Modeling

Build parts using feature sequences like holes, fillets, and patterns to match mechanical design requirements. Recognize feature order impact on model rebuild.

1.00 hrs

Applying Material and Mass Properties

Assign materials and calculate mass properties to validate mechanical designs. Interpret center of gravity and volume metrics for part assessment.

1.00 hrs

Creating Detailed Part Drawings

Generate orthographic views, sections, and detail views from models for manufacturing. Apply appropriate dimensioning and tolerancing practices in details.

1.00 hrs

Assembly Views and Exploded Representations

Produce assembly drawings with component balloons and exploded views to communicate assembly sequence. Prepare bill-of-materials and parts lists for assemblies.

1.00 hrs

Plotting and Print Setup

Configure plot styles, paper sizes, and scale for accurate printed output. Create layouts and manage viewports for presentation sheets.

1.00 hrs

Exporting to DWG, PDF and Other Formats

Export drawings to common formats for sharing and manufacturing, including PDF and DXF. Understand export settings that affect fidelity and compatibility.

1.00 hrs

Collaboration Tools and Revision Control

Use Xrefs, cloud services, and versioning practices to collaborate effectively. Implement revision control workflows to track drawing changes.

1.00 hrs

Mechanical Drafting Best Practices

Apply industry best practices for clarity, consistency, and manufacturability in mechanical drawings. Review checklist items to ensure drawings meet standards.

1.00 hrs

Course Review and Certification Preparation

Summarize core concepts from the course and focus on common exam topics and problem types. Practice exam strategies and review sample certification questions.

1.00 hrs

Your credential

The certificate you'll earn

Earn an industry-recognized certificate on successful completion of this program.

AutoCAD (Mechanical) Certification Program certificate

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Reviews

What our learners say

The AutoCAD (Mechanical) course was very effective and career-oriented. The trainer explained both basic and advanced tools clearly. The assignments and mock projects helped me improve my design skills.

RJRitika Jain

I really enjoyed the AutoCAD (Mechanical) course. The trainer explained drafting, modeling, and design layouts step by step. The projects during the AutoCAD course gave me confidence to work on industry-related tasks.

SKSimran Kaur

The AutoCAD (Mechanical) course was very detailed and structured. The trainer explained each command clearly and guided us through real-time examples. The hands-on practice made me confident in applying the skills.

PMPooja Mehra

I found the AutoCAD (Mechanical) course very comprehensive and career-focused. The trainer covered both 2D drafting and 3D design with clarity. The projects during the course gave me hands-on experience in mechanical design.

SPSuresh Patil

The AutoCAD (Mechanical) course helped me build strong technical skills. The trainer explained tools, commands, and layouts step by step. The assignments in this AutoCAD course were very effective in improving my drafting speed and accuracy...

ISImran Sheikh

The AutoCAD (Mechanical) course was very practical and easy to follow. The trainer explained drafting, dimensioning, and 3D modeling in detail. The live practice sessions during the AutoCAD course gave me confidence to create professional d...

ACArvind Chauhan

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